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P_1925
C02 max level ppm
Min 350
P_1926
ppm C02 / Volt
Min 10
P_1927
Emergency func, SA mode
Min 0
P_1928
Emergency func, EA damper
Min 0
P_1929
SA1 Flow sen, 0=NP, 1=Ana, 2=MB
Min 0
P_1930
SA2 Flow sen, 0=NP, 1=Active
Min 0
P_1931
EA Flow sen, 0=NP, 1=Active
Min 0
P_1932
Reg. sequence, 0=A-W, 1=W-A
Min 0
P_1933
Normal flow SA1 (l/s)
Min 5
P_1934
Boost flow SA1 (l/s)
Min 0
P_1935
Boost flow SA2 (l/s)
Min 0
P_1936
1000 ppm
Max 2000
200 ppm/volt
Max 500
0
Max 1
0
Max 1
2
Max 2
0
Max 1
0
Max 1
1
Max 1
20 l/s
Max 5000
30 l/s
Max 5000
30 l/s
Max 5000
20210201
Swegon reserves the right to make design changes.
CONDUCTOR W4
Description
Indicates at which carbon
dioxide content in the room the
airflow should be increased to
the highest flow.
Indicates how the controller
converts the CO
signal to an
2
0-10V output signal.
Example: At 200ppm/Volt,
800ppm will product a 4V
output signal.
Indicates which blade position
the damper in the supply air
duct should have in event of
fire.
0 = Closed
1 = Open
Indicates which blade position
the damper in the extract air
duct should have in event of
fire.
0 = Closed
1 = Open
Indicates whether pressure
sensor in supply air duct 1 is
connected and if so of what
type.
0 = No sensor connected.
1 = Analogue sensor.
2 = ModBus.
Indicates whether the pressure
sensor in supply air duct 2 is
connected.
0 = No sensor connected.
1 = Sensor connected.
Indicates whether the pressure
sensor is connected in the
extract air duct.
0 = No sensor connected.
1 = Sensor connected.
Indicates the sequence
according to which the
controller should manage air
and water.
0 = Air - Water
1 = Water - Air
Indicates which normal flow in
supply air duct 1 should be set,
in the AUTO operating mode.
Indicates which flow in supply
air duct 1 should be set for
BOOST.
Indicates which flow in supply
air duct 2 that should be set for
BOOST.
Parameter not used.
59
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